Abstract
Ultraviolet irradiation is gaining importance as a disinfection procedure for drinking water and in waste water treatment. Since water is one of the main transmission routes of hepatitis A virus the susceptibility of HAV to UV rays is of special interest. MS-2 coliphage resembles HAV in size and structure, is easy to handle, and might tlierefore serve as indicator organism for the assessment of water quality and for evaluating the quality of water treatment processes. Hepatitis A virus and MS-2 coliphage were suspended in 0.9% sodium chloride solution and were irradiated in a 20-ml quarz cuvette at 254 nm. For a reduction rate of four log units a three times lighter UV dose was required with MS-2 than with HAV.
Widenmann, A.;
Fischer, B.;
Straub, U.;
Wang, C. H.;
Flehmig, B.;
Schoenen, D.
[1]
- Abteilung für Allgemeine Hygiene und Umwelthygiene, Hygiene-Institut der Universitat Tubingen, D-7400 Tubingen (Germany)
Citation Formats
Widenmann, A., Fischer, B., Straub, U., Wang, C. H., Flehmig, B., and Schoenen, D.
Disinfection of hepatitis A virus and MS-2 coliphage in water by ultraviolet irradiation: comparison of UV-susceptibility.
FAO: N. p.,
1993.
Web.
Widenmann, A., Fischer, B., Straub, U., Wang, C. H., Flehmig, B., & Schoenen, D.
Disinfection of hepatitis A virus and MS-2 coliphage in water by ultraviolet irradiation: comparison of UV-susceptibility.
FAO.
Widenmann, A., Fischer, B., Straub, U., Wang, C. H., Flehmig, B., and Schoenen, D.
1993.
"Disinfection of hepatitis A virus and MS-2 coliphage in water by ultraviolet irradiation: comparison of UV-susceptibility."
FAO.
@misc{etde_22314948,
title = {Disinfection of hepatitis A virus and MS-2 coliphage in water by ultraviolet irradiation: comparison of UV-susceptibility}
author = {Widenmann, A., Fischer, B., Straub, U., Wang, C. H., Flehmig, B., and Schoenen, D.}
abstractNote = {Ultraviolet irradiation is gaining importance as a disinfection procedure for drinking water and in waste water treatment. Since water is one of the main transmission routes of hepatitis A virus the susceptibility of HAV to UV rays is of special interest. MS-2 coliphage resembles HAV in size and structure, is easy to handle, and might tlierefore serve as indicator organism for the assessment of water quality and for evaluating the quality of water treatment processes. Hepatitis A virus and MS-2 coliphage were suspended in 0.9% sodium chloride solution and were irradiated in a 20-ml quarz cuvette at 254 nm. For a reduction rate of four log units a three times lighter UV dose was required with MS-2 than with HAV.}
journal = []
volume = {27}
journal type = {AC}
place = {FAO}
year = {1993}
month = {Jul}
}
title = {Disinfection of hepatitis A virus and MS-2 coliphage in water by ultraviolet irradiation: comparison of UV-susceptibility}
author = {Widenmann, A., Fischer, B., Straub, U., Wang, C. H., Flehmig, B., and Schoenen, D.}
abstractNote = {Ultraviolet irradiation is gaining importance as a disinfection procedure for drinking water and in waste water treatment. Since water is one of the main transmission routes of hepatitis A virus the susceptibility of HAV to UV rays is of special interest. MS-2 coliphage resembles HAV in size and structure, is easy to handle, and might tlierefore serve as indicator organism for the assessment of water quality and for evaluating the quality of water treatment processes. Hepatitis A virus and MS-2 coliphage were suspended in 0.9% sodium chloride solution and were irradiated in a 20-ml quarz cuvette at 254 nm. For a reduction rate of four log units a three times lighter UV dose was required with MS-2 than with HAV.}
journal = []
volume = {27}
journal type = {AC}
place = {FAO}
year = {1993}
month = {Jul}
}